ICT PRT-PX16-PCB Installation guide

Brand: ICT

Model: PRT-PX16-PCB

Type: Installation guide

PRT-PX16-PCB

Protege 16 PGM Output Expander

Installation Manual

2 PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017

The specifications and descriptions of products and services contained in this document were correct at the

time of printing. Integrated Control Technology Limited reserves the right to change specifications or withdraw

products without notice. No part of this document may be reproduced, photocopied, or transmitted in any form

or by any means (electronic or mechanical), for any purpose, without the express written permission of

Integrated Control Technology Limited. Designed and manufactured by Integrated Control Technology Limited.

Protege® and the Protege® Logo are registered trademarks of Integrated Control Technology Limited. All other

brand or product names are trademarks or registered trademarks of their respective holders.

Publication Date: June 2017

PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017 3

Contents

1Introduction _______________________________________________________________ 5

2Installation ________________________________________________________________ 6

2.1Package Contents ......................................................................................................... 6

2.2Location and Mounting ................................................................................................. 6

2.3Cabinet Tamper Switch ................................................................................................. 7

2.4Earth Ground Connection .............................................................................................. 7

2.5AC Power ...................................................................................................................... 8

2.6Backup Battery .............................................................................................................. 8

2.7Status Indicator ............................................................................................................. 9

2.8Encrypted Module Network ........................................................................................... 9

2.9Slave Device Network ................................................................................................. 10

2.10RS-485 Biasing Settings ............................................................................................. 12

2.11Fire Control Input ......................................................................................................... 12

2.12Fire Control Override ................................................................................................... 13

3Zone Inputs ______________________________________________________________ 14

3.1Trouble Zone Inputs .................................................................................................... 14

4Programmable Outputs ___________________________________________________ 15

4.1PGM Outputs (1 to 16) ................................................................................................ 15

5Elevator Floor Relay Connections ___________________________________________ 16

5.1Fail Safe Wiring ............................................................................................................ 16

5.2Fail Secure Wiring ........................................................................................................ 17

5.3Fail Safe Destination Reporting Wiring ........................................................................ 18

5.4Fail Secure Destination Reporting Wiring .................................................................... 19

5.5Communication Failure Floor Operation ..................................................................... 19

5.6Testing Destination Reporting Interface ...................................................................... 20

6Configuration Switch ______________________________________________________ 21

6.1Address Configuration ................................................................................................. 21

6.2Elevator Floor Address Configuration ......................................................................... 22

7Status Indication _________________________________________________________ 23

7.1Status Indicator ........................................................................................................... 23

7.2Fault Indicator .............................................................................................................. 23

7.3Charge/Test Indicator .................................................................................................. 23

7.4Auxiliary OK Indicator .................................................................................................. 23

4 PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017

7.5AC OK Indicator .......................................................................................................... 23

7.65V Isolated Power Indicator ........................................................................................ 24

7.7Relay Ok ...................................................................................................................... 24

7.8Network RX/TX Indicator ............................................................................................. 24

8Error Code Indication _____________________________________________________ 25

8.1Error Code Display ...................................................................................................... 25

9Technical Specifications ___________________________________________________ 26

10New Zealand and Australia ________________________________________________ 27

11European Standards ______________________________________________________ 28

12Ordering Information ______________________________________________________ 30

13Disclaimer _______________________________________________________________ 31

13.1Disclaimer Notice ........................................................................................................ 31

14Warranty ________________________________________________________________ 32

15Contact _________________________________________________________________ 33

PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017 5

1 Introduction

The ICT Protege System is a powerful integrated alarm and access control management system designed to

provide integration with building automation, apartment complex control and HVAC in one flexible package.

Communication is over a proprietary high speed protocol across an encrypted local area network and AES

Encrypted Proprietary RS-485 module network. Using modular-based hardware design, system installers have

the flexibility to accommodate any installation from small to large, residential or commercial.

The Protege 16 PGM Output Expander extends the number of PGM outputs by 16. All 16 PGM Outputs feature

7A FORM C High Current Relays with fire control and power supply cut off integrated.

Flexible module network architecture allows large numbers of modules to be connected to the RS-485 Module

Network. Up to 250 modules can be connected to the Protege System in any combination to the network up to

a distance of 900M (3000ft). Communication beyond this distance requires the use of a RS-485 Network

Extender or the Slave Communications Port on a PRT-RDI2 or PRT-RDE2 Reader Expansion Module for simple

cost effect integrated elevator floor control with local autonomous operation. Locking a network prevents the

removal, substitution or addition of modules to the module network effectively preventing any tampering with the

system.

The current features of the Protege 16 PGM Output Expander include:

 Secure Encrypted RS-485 Module Communications

 16 High Current FORM C PGM Outputs

 1 Open Collector Status Output

 1.5A Switching Power Supply

 Intelligent Battery Charge and Monitoring

 Online and Remote upgradeable firmware

 Optically Isolated Fire Control Input For Elevator Systems

For more information on theProtege 16 PGM Output Expander and other Integrated Control Technology

products please visit the ICT website (http://www.ict.co).

6 PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017

2 Installation

2.1 Package Contents

When receiving the PRT-PX16 Protege 16 PGM Output Expander you should find the kit contains the items

listed below. When receiving this product you should find the kit contains the items listed below. If you do not

have the correct contents, please contact your distributor immediately.

PRT-PX16-PCB - Protege 16 PGM Output Expander PCB Only

 PGM Output Expander Printed Circuit Board

 6 X Plastic Mounting Standoffs

 Red/Black Backup Battery Wires



2.2 Location and Mounting

The PGM Expander is available as a PCB Only (Printed Circuit Board) or complete unit supplied with a metal

cabinet. We recommend that the cabinet is used wherever possible as this provides the best mounting and

installation solution as well as the required cable entry and termination space.

When installing the PGM Expander ensure that there is adequate clearance around all sides of the enclosure

and air flow to the vents of the enclosure are not restricted.

We recommend the PGM Expander is installed in a location that will facilitate easy access for wiring. We also

recommend that the PGM Expander is installed in electrical rooms, communication equipment rooms, closets or

in an accessible area of the ceiling.

1. Insert the plastic stand-offs in to the locations to mount the PCB board.

2. Calculate the location and position of the enclosure and mark the holes for the keyhole points in the top left

and right locations. This will allow you to screw in the screws and then hang the box on them adjusting the

location to suit.

3. Ensure a solid fixing point and screw in the two screws. Before tightening the top screws insert the tamper

bracket in the slot provided on the right side of the enclosure.

4. Fix the enclosure securely using the remaining mounting holes on the bottom left, right and centre of the

enclosure.

5. Insert the PCB in to the enclosure and mount using the plastic standoffs inserted during step one.

Install the enclosure when the circuit board is NOT installed on the plastic stand-offs. This will reduce

the risk of damage caused by debris during the installation process.



PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017 7

2.3 Cabinet Tamper Switch

The enclosure tamper input signals to the monitoring station or remote computer that the Analog Output

Expander enclosure has been opened. The tamper input switch shall be mounted into the steel bracket

provided and connected to the tamper connection terminals as shown in the diagram below. The tamper input

opens and closes trouble zone PXxxx:01 on the Analog Output Expander.

Bracket

Tamper Switch

AC AC ST TP TP

Tamper Input Connection



2.4 Earth Ground Connection

The Analog Output Expander has a connection for earth ground. For best results a cold water pipe should be

used with a pipe wiring clamp. If a cold water pipe is not available, connect to a suitable ground connection in

the installation. A minimum 14AWG solid copper wire shall be used from the Analog Output Expander's earth

connection point to the clamp on the cold water pipe. If other earth clamps are present at the same connection

point connect the clamp below the existing units.

To other earth connecons already

aached to the earth peg or water

pipe

Cold water pipe grounding earth

peg grounding rod

AC AC ST TP TP

Main Earth Ground Connections



8 PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017

2.5 AC Power

The Protege PGM Expander should be supplied by a dedicated electrical power source rated for a minimum

10Amp Load and have a dedicated circuit breaker. Do not use a switch controlled breaker or a switched

electrical point to supply electrical power. Connect the primary of a 16.5VAC, 50/60Hz, 40VA Transformer to

the electrical circuit and run the secondary to the AC input on the controller terminals.

Transformer

Mains Input

AC AC ST TP TP

AC Transformer 16VAC, 50/60Hz, 40VA MAX

Specific regional regulations may allow the transformer to be mounted inside the enclosure. In this case wire the

electrical circuit to the electrical termination point inside the enclosure and the secondary wires of the

transformer to the AC Input on the controller.

Termination of wiring to the PGM Expander while power is applied or the battery is connected may

cause serious damage to the PGM Expander and will VOID ALL WARRANTIES OR GUARANTEES.

Power the PGM Expander ONLY after all wiring, configuration and jumper settings are completed and

verified.



2.6 Backup Battery

It is recommended that a minimum of a 4Ah battery is used as the main backup battery. From the accessory

bag provided, connect the RED and BLACK battery termination wires to the B+ and B- terminals. Connect the

spade terminals to the battery as shown below. Connection of the battery in reverse will not damage the PGM

Expander but will cause the battery fuse (5A Fast Blow) to blow and require replacement.

Gel Cell Backup Baery

AC AC ST TP TP

BATT

Battery Connection

PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017 9

The battery test procedure uses a special algorithm to prevent deep discharge and increase battery endurance.

A dynamic battery test is performed every ten minutes when AC power is present and a battery condition alarm

will be generated if the battery is either disconnected or shows poor capacity. Battery fault conditions will

activate the battery trouble zone associated with the address assigned to the PGM Expander.

If AC is not present the Protege PGM Expander will monitor the battery for a low voltage level and will activate

the battery trouble zone. The next dynamic battery test will occur 30 minutes after AC power has been restored.

This delay allows the battery to achieve optimal charging during the first 30 minutes when power is initially

restored to the unit. Once the first test is completed the dynamic battery testing will return to 10 minute

intervals.

When power is first applied to the Protege PGM Expander a dynamic battery test will be performed after 30

seconds, this allows the status and condition of the battery to be detected. On completion of this first test the

normal testing period of 10 minutes will be resumed.



2.7 Status Indicator

The status output will activate according to the status indicator on the Protege PGM Expander and can be used

to provide signalling or indication of the PGM Expander status outside the enclosure. The following diagram

shows the connection of an LED indicator to the status output.

1K5 OHM

LED

AC AC ST TP TP

+12V AUX

External Status LED Connection



2.8 Encrypted Module Network

The Protege PGM Expander incorporates encrypted RS-485 communications technology. The isolated

communications interface offers full galvanic isolation to prevent ground loop noise and cross phase ground

differential between network devices.

NAN+ N- NB

Network communicaons input

from the Protege Integrated

System Controller or previous

Protege module

Standard Communication Connection

Connection of the communications should be performed according to the diagram shown above. It is important

that the N+ Network Communications Power be supplied from an independent battery backed power supply

unit or a networked module capable of supplying the required voltage to all devices on the RS485 network.

10 PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017

Always connect the PGM Expanders NA and NB terminals to the NA and NB terminals of the communication

network. The N+ and N- must go to a 12V power supply source as shown in the following diagram and

connected at ONLY one +12V power source.

NAN+ N- NB

+AUX- Z1 COM COMZ2 Z3 Z4

Protege Integrated System

Controller or module supplying

power to networked devices

AUX power from Module or

external power supply

Next modules

on network

Network Power Supplied By Network Module

Warning: The 12V N+ and N- Communication input must be supplied from only ONE point.

Connections from more than one 12V supply may cause failure or damage to the PGM Expander or

device supplying network power.

The EOL (End Of Line) jumper setting MUST be set in the ON position for the LAST module on the

RS485 network. EOL is ON when the jumper is closest to the EOL text.

2.9 Slave Device Network

The Protege PGM Expander can be connected in Elevator Control Mode (see configuration section (see page

21)) to allow floor control of elevators using the RDI2 and PX16 modules.

Connection of the communications should be performed according to the following diagram. It is important that

the S+ Slave Communications Power be supplied from an either independent battery backed power supply unit

or a module connected to the slave communication interface capable of supplying the required voltage to all

devices on the slave RS485 network.

SAS+ S- SB

Slave Communications Connection

PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017 11

When the Protege 16 PGM Output Expander is operating in Elevator Mode the configuration switch

settings need to be set to the correct mode and address. This should be done BEFORE connecting

and powering the unit.

Always connect the PRT-RDI2 or PRT-RDE2 Reader Expanders SA and SB terminals to the NA and NB

terminals of the slave 16 PGM Output Expanders. The S+ and S- must go to a 12V power supply source as

shown in the following diagram.

NAN+ N- NB

S+ S- SB AUX+

SA AUX-

NAN+ N- NB

Next Floor

Control Module

Reader Expander

Supplying Network

Power

Slave Devices Connected to

the Reader Expander Slave

Communication Interface

Use the N+, N-, NA and NB Terminals

Slave Power Supplied by Module

The 12V S+ and S- Communication input must be supplied from only ONE point. Connections from

more than one 12V supply may cause failure or damage to the Output Expander or device supplying

slave communication power.

The EOL (End Of Line) jumper setting MUST be set in the ON position for the LAST slave module on

the RS485 network. EOL is ON when the jumper is closest to the EOL text.

EOL OFF EOL ON

EOL Jumper ON EOL Jumper OFF



12 PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017

2.10 RS-485 Biasing Settings

The Protege 16 PGM Expander has biasing settings for the network communication port. Biasing can be

configured for either high or low (L indicates a low bias and H indicates high bias configuration). Both jumpers

MUST be set to the same bias type.

In most cases the Biasing will be on either the controller or the reader expander when in elevator mode. In

normal operation the biasing must be set to no biasing (Jumper removed or in the middle).

Biasing should only be set to LOW on ONE point on any single segment of the RS-485 network. All

other devices on the same segment should be set to the middle position which is no biasing.

By default, the PRT-CTRL System Controller has the jumpers for the biasing set to low and the EOL

jumper on. This is also the same default configuration for the slave communication port on the

PRT-RDI2 Protege Intelligent Reader Expander.



2.11 Fire Control Input

The fire control input is an optically isolated input that allows the output relays of the Protege PGM Expander to

be deactivated in the case of an emergency. This input must be activated by a voltage from 12-32VDC and it is

recommended that it is isolated from the access control system.

The Protege PGM Expander is designed for simple fire control connection and this allows all of the Fire Control

terminals to be connected in parallel reducing the need for external relays at each unit.

F++- F-

To Next

PRT-PX16

Fire Control System

Fire Control Input Connection

The relays of the Protege PGM Expander WILL NOT activate unless there is a voltage supplied to

these terminals. To check if the relay voltage is activated ensure the RELAY OK LED indicator is

illuminated. The LED is located on the right side of the PGM Expander circuit board.

Fire Control can be overridden using the Fire Control override configuration jumper. By default this

jumper is shipped in the disabled position requiring the installer to enable the override option or power

the F+ and F- fire control inputs.



PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017 13

2.12 Fire Control Override

A fire control override configuration option is provided on the Protege PGM Expander to disable the Fire Control

Input when it is not being used. Using this configuration jumper a wire loop is not required from the + and -

terminals to the F+ and F- input terminals. By default the fire control override option is disabled.

Fire Control Override Disabled (Default)

Fire Control Override Enabled

14 PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017

3 Zone Inputs

The Protege PGM Expander has no physical zone input connections. The PGM expander monitors 8 trouble

zones used to report trouble conditions. A trouble zone is in most cases not physically connected with an input

in to the PGM Expander; rather it is related to a status condition within the system. For example a module

communication fault causes a trouble zone to open as a result of the communication failure.



3.1 Trouble Zone Inputs

Each PGM expander can monitor up to 8 trouble zones. Trouble zones are used to monitor the status of the

PGM expander and in most cases are not physically connected to an external zone input. For example, trouble

zone PX001:04 is used to monitor the auxiliary voltage output and will generate an alarm if the auxiliary fails.

The following table details the trouble zones that are configured in the system and the trouble type and group

that they activate.

Zone Number Description Type Group

PXxxx:01 Module Tamper System Tamper System

PXxxx:02 AC failure Power Fault General

PXxxx:03 Low Battery Power Fault General

PXxxx:04 Aux Failure Power Fault General

PXxxx:05 Fire Control Power Fault General

PXxxx:06 Reserved None None

PXxxx:07 Reserved None None

PXxxx:08 Module Offline Module Offline System

Replace 'xxx' with the appropriate address of the PGM Expander that you are programming.

PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017 15

4 Programmable Outputs

The Protege PGM Expander has 16 Programmable Outputs (PGMs). The PGMs are used to activate Bell Sirens,

Lighting Control and Automation Points. A full FORM C relay output the units are ideal for the interface to

building automation and control.



4.1 PGM Outputs (1 to 16)

The 16 PGM Outputs each have a FORM C output relay and an indicator showing the relay status. The

connection example below shows the control of an external LED indicator from the auxiliary supply of the 16

PGM Output Expander.

NO COM NC

1K5 OHM

LED

+12V AUX0V

Example PGM Connection (PGM 1 Shown)

Switching inductive loads that can produce high back EMF voltages or large voltage induced spikes

can cause the 16 PGM Output Expander to behave unexpectedly and should be avoided. A suitable

isolation circuit must be installed between the relay contacts of the 16 PGM Output Expander and the

inductive load.

16 PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017

5 Elevator Floor Relay Connections

When using the Protege 16 PGM Output Expander as an elevator floor controller the relays can be connected in

either a normally open connection (fail secure) or a normally closed connection (fail safe). It is recommended that

the relays be connected in the fail safe operation and is mandatory if the installation is to comply with UL

specifications.

Fire Control operation will NOT operate when being used in a fail secure mode of operation and it is therefore

not recommended.

You must still supply a voltage to the fire control input to allow the floor control relays to activate

during normal operation. Refer to Fire Control Input (see page 12).



5.1 Fail Safe Wiring

The fail safe wiring connection is the most common interface method. By interfacing the floors that require

security to the normally closed connection of the relay as shown below the Elevator Controller will operate in a

fail safe mode Fire, Complete Power Failure or Communications Loss if enabled will still allow access to the

floors that are being controlled.

Floor Selection Button

in Elevator Car

Floor Input Terminals

in Elevator Control System

Loop Terminal added by

Elevator Company

located in Elevator

Control System

Normal Connection

Removed

NCNO COM

RELAY 1

Fail Safe Floor Relay Wiring

Connection is achieved by breaking the button input that comes from the elevator system and connecting either

end to the COM and NC connection for the appropriate floor relay.

Although you can break either side of the button wiring and it will provide the same functionality it is

recommended that the elevator company break the control signal and not the common for the button. This

method will allow a very simple migration to the destination reporting option if required in the future.

UL Installations MUST be wired according to the fail safe method.

For fail safe wiring connection to operate correctly the relays must be inverted. This is selected by

turning on the inverted relay configuration option in the reader expander configuration.



PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017 17

5.2 Fail Secure Wiring

The fail secure mode of operation is provided as a solution to provide a high level of security to installations that

require NO access in the case of any failure. This is not recommended for use in modern installations.

The floor control relays must be wired using the NO and COM relay contacts as shown in the following diagram.

This will only allow access to a floor if the relay is activated. Deactivation of the relay or complete power failure

will PREVENT any access to the floor.

Floor Selection Button

in Elevator Car

Floor Input Terminals

in Elevator Control System

Loop Terminal added by

Elevator Company

located in Elevator

Control System

Normal Connection

Removed

NCNO COM

RELAY 1

Fail Secure Floor Relay Wiring

Correct operation of the Fire Control input will not occur if using the fail secure wiring connection.



18 PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017

5.3 Fail Safe Destination Reporting Wiring

Destination reporting will allow the monitoring of floor selection by the user. The difference between standard fail

safe operation and destination reporting operation is that the relay is only deactivated (Invert Floor Control

Relays Option Enabled in the Reader Expander Configuration) when a user selects a floor preventing more than

one floor from being selected. The selected floor is also reported back to the control unit and logged as an

event allowing a full audit of users floor selections to be recorded.

Inputs on the DRM

daughter board

Button voltage

common in elevator

control system

See text

Loop terminal added by

elevator company located in

elevator control system

Relay Contacts on

the main Elevator

Control Board

NCNO COM

RELAY 1

Normal Connection

Removed

Floor Input

Terminals in Elevator

Control System

Floor Selection Button

in Elevator Car

+ IN1 - + IN2 -

Destination Reporting Fail Safe Wiring

As shown in the above diagram, the wiring is similar to standard fail safe wiring with the exception that an

additional wire is required from the contacts of the relay to the input terminal on the PRT-PX16-DRI Destination

Reporting Interface. A button voltage common wire is also required from the elevator control system. The button

common voltage wire is typically looped to all the inputs. The diagram above shows a connection using a

negative common. It is possible that the common may be positive and not negative.

It is important and is indicated by the "SEE TEXT" caption in the diagram that the active input to the

PRT-PX16-DRI Destination Reporting Interface is linked from the side of the relay that is NOT

switched.

All forms of Destination reporting require the addition of one PRT-PX16-DRI Destination Reporting Interface per

Elevator Controller.



PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017 19

5.4 Fail Secure Destination Reporting Wiring

Destination reporting will allow the monitoring of floor selection by the user. The difference between normal fail

secure operation and destination reporting operation is that the relay is only activated when a user selects a

floor preventing more than one floor from being selected. The selected floor is also reported back to the control

unit.

Inputs on the DRM

daughter board

Button voltage

common in elevator

control system

See text

Loop terminal added by

elevator company located in

elevator control system

Relay Contacts on

the main Elevator

Control Board

NCNO COM

RELAY 1

Normal Connection

Removed

Floor Input

Terminals in Elevator

Control System

Floor Selection Button

in Elevator Car

+ IN1 - + IN2 -

Destination Reporting Fail Secure Wiring

As shown in the above diagram, the wiring is similar to standard fail secure wiring with the exception that an

additional wire is required from the contacts of the relay to the input terminal on the PRT-PX16-DRI Destination

Reporting Interface. A button voltage common wire is also required from the elevator control system. The button

common voltage wire is typically looped to all the inputs. The diagram above shows a connection using a

negative common. It is possible that the common may be positive and not negative.

It is important and is indicated by the "SEE TEXT" caption in the diagram that the active input to the

PRT-PX16-DRI Destination Reporting Interface is linked from the side of the relay that is NOT

switched.

All forms of Destination reporting require the addition of one PRT-PX16-DRI Destination Reporting Interface per

16 PGM Output Expander.



5.5 Communication Failure Floor Operation

The Elevator Controller can be set to ensure that any communication failure will either prevent or allow access to

the floors that it will control. It is recommended that this feature be enabled on the device by setting

configuration option in the Reader Expander Configuration settings. Refer to the Protege System Controller

Reference Manual for more information.

On complete power failure fail secure wiring will always result in NO ACCESS being obtained by any

user regardless of the communication or configuration options.



20 PRT-PX16-PCB Protege 16 PGM Output Expander Installation Manual | June 2017

5.6 Testing Destination Reporting Interface

Installations using the Protege 16 PGM Output Expander and PRT-PX16-DRI Destination Reporting Interface

can be complicated and must be planned carefully. It is recommended that you consult the Elevator Company

well in advance before providing a solution to your client.

We also recommend that you configure and set up a unit with Destination Reporting enabled using the simple

test circuit below. This will allow you to understand the principles and operation of the unit prior to the

installation taking place.

AC AC B+ B- + - ST

Power connector

on main elevator

control board

+ IN1 - + IN2 -

Inputs on the DRM

daughter board

Destination Reporting Testing Interface

As shown in the above diagram, use two standard normally open switches and wire these to the Auxiliary

output. Connect the common to the - of each input. Pressing the switch, you should see the LED illuminate on

the PRT-PX16-DRI Destination Reporting Interface corresponding to the input.

The LED indicators on the PRT-PX16-DRI Destination Reporting Interface board will illuminate

regardless of the destination reporting mode that is configured in the Reader Expander settings.

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